use python to write the code

Q1

Write a function sum_5_consecutive that takes a list of numbers as input and

returns True if there are 5 consecutive numbers in the list that sum to zero.

Otherwise it returns False. The function should also return False if the list has

less than 5 elements

Solve this in two ways:

1.for loop (over indices of the list)

2.while loop (over indices of the list)

In both cases you need to think about stopping condition in order to avoid

IndexError: list index out of range

Test your function with at least the examples below

>>> sum_5_consecutive([2, 3, -3, 2, 4,-6])

True

>>> sum_5_consecutive ([-10, 1, 1, 4, 2, 10, 13])

False

>>> sum_5_consecutive([2, 1, -3, -3, -3, 2, 7, 4, -6])

True

>>> sum_5_consecutive ([])

False

>>> sum_5_consecutive ([1, -1,0])

False

Q2

Recall, for example, that

a=[2] creates a list (refer to by variable a) with one element, a number

2 in this case.

b=[None] creates a list with one element. That element is an object of

type None. That is sometimes useful when we are not ready yet to assign a

value to an element of a list.

c=[] creates an empty list, i.e. a list of length zero

Recall further that multiplying a list by an integer n, creates a new

list that repeats the given list n times. Or that applying + operator

to two lists creates a new lists that concatenates the given two lists.

For example:

[1,2]+[10,20,0] creates a list [1,2,10,20,0]

[7,2]*3 creates a list [7,2,7,2,7,2]

Finally, recall the slicing. For example, if a=[2,3,4,1], a[:] returns a

new list that is a copy of list a.

Open the file called creating_various_lists.py. The first line is given to you. It asks the user to enter a positive

even integer n. For each green programing exercise below, try to find at least two solutions (e.g. one by

using a loop with accumulator pattern and another by using int*list).

1.Create a list a (i.e a list referred to by variable a) of length n filled with zeros

2.Create a list b of length n filled with random integers between 1 and 100

3.Create a variable c that is an alias of b

4.Set first half of the elements of c to zero, and then print both b and c

5.Copy list b into a list d

6.Create a new list e that has every 2nd element of b